Janice Fei’s Post

⁉️ How Can Metal Inserts Make Your Plastic Parts Stronger and Longer-Lasting? ⁉️ Insert molding can be your ideal choice! Imagine plastic components reinforced with metal inserts—delivering robust joints, reusable threads, and improved performance in demanding applications. What Makes Insert Molding an Ideal Choice? ✔️ Enhanced Durability: Metal inserts improve wear resistance, making the parts ideal for applications requiring repeated assembly and disassembly. ✔️ Precision Integration: Achieve tight tolerances with seamless bonding between metal and plastic, ensuring functionality and aesthetics. ✔️ Cost-Efficiency: Combines the best of both materials without the need for post-processing or secondary operations. Best Practices for Insert Molding 🔩 Material Compatibility: Choosing the right combination of plastic and metal insert ensures superior bonding and longevity. Common plastics include ABS, nylon, and polycarbonate, while metals like brass, stainless steel, and aluminum are popular for inserts. 🔩 Insert Placement: Proper positioning is critical for achieving optimal strength. Ultrasonic or heat installation often improves the bond. 🔩 Thread Strength: Inserts with helical or knurled threads offer extra grip, maintaining their hold under high stress. Let’s discuss how insert molding can strengthen your designs and reduce costs in production. 🚀 Learn more:https://lnkd.in/gHeZzY6g Want to develop Custom Insert Molding Parts? Contact us now: 📧E-mail:bonnie@beskamold.com  📱Whatsapp:+86 185 6675 3885  🌐Website:www.beskamold.com/ #injectionmolding #insertmolding #precisionmanufacturing #metalreinforcement #durableplasticparts #plasticsolutions #costeffectiveproduction #advancedmanufacturing #customcomponents #engineeringplastics #industrialdesign #productdevelopment #durability #innovativeprocesses #strongerjoints #sustainabledesign #Beskamold

Moisture content of resin is critical to produce good parts, especially considering the humidity as we are approaching summer here in Tennessee. Why does this matter so much? 1. **Material Degradation**: Most plastics are hygroscopic, meaning they absorb moisture from the air. When these moist plastics are subjected to the high temperatures required for injection molding, the moisture turns into steam. This steam can cause the plastic to degrade, affecting the molecular structure and ultimately the strength and integrity of the molded product. 2. **Surface Defects**: Excessive moisture can lead to surface defects in the final product, such as splay (silver streaks), blisters, or bubbles. These defects not only affect the appearance but can also impair the physical properties of the molded item, such as its impact resistance and tensile strength. 3. **Dimensional Stability**: Proper moisture content helps in maintaining the dimensional stability of the molded part. Moisture variations can lead to inconsistent shrinkage during the cooling phase, resulting in warping or dimensional inaccuracies that can make the part unfit for precise applications. 4. **Process Consistency**: Maintaining consistent moisture content helps in stabilizing the injection molding process. Variations in moisture level can affect the viscosity of the melt, the injection speed, and the cooling time, all of which are critical for producing parts with consistent quality.

Graphite crucible for vacuum aluminum coating The primary use of a graphite crucible for vacuum aluminum coating is in vacuum metallization processes. Its main function is to hold aluminum material and heat it until the aluminum vaporizes under vacuum conditions, forming aluminum vapor. This vapor then deposits onto the substrate surface inside the vacuum chamber, creating an aluminum coating. This process is widely used for the following applications: 1. **Decorative Coatings**: Aluminum coating is applied on surfaces like plastic, paper, and glass to provide a metallic luster, giving products a premium appearance. 2. **Packaging Materials**: Used on packaging materials for food (such as plastic films) to enhance barrier properties, providing good moisture and oxidation resistance. 3. **Optical Reflective Layers**: Aluminum coatings, with their high reflectivity, are used as reflective layers in optical devices. 4. **Electrical and Electronic Applications**: In electronic components like capacitors, aluminum coating provides conductive or insulating effects. Graphite crucibles are ideal for this application due to their excellent high-temperature resistance and conductivity, making them suitable for use in high-temperature vacuum environments.

#Poseidonshotmeltadhesive Hot melt adhesive for Filter. Our filter assembly hot melt adhesives are designed to be use on most filter manufacturing and equipment . They are made to bond most substrates including – fiberglass, nylon, plastics, rubber, foam and difficult to bond coated paper substrates. In the filter manufacturing industry, there are many applications where hot melt adhesives are used, because they are resistant to high and low temperatures and offer fast set times. That is the reason that they are widely used in the manufacture of filters. Hot melt adhesives with fast set times are often the best choice when manufacturing air filters; because of the fast-running filter machines need a fast set time. Hot melt seals the filter frames, laminates the filter media and carefully closes the separators. Polyamide based hot melt adhesives are also used for air filters in industrial or car ventilation systems that have to withstand high temperatures. These hot melts are highly chemical- and heat-resistant – and offer strong adhesion to papers and non-woven fabrics. To know more⬇️ https://lnkd.in/dPffrTy2 #HotmeltadhesiveforFlatAirFilter #HotmeltadhesiveforCylindricalAirFilter #Foamablehotmeltadhesive #HotmeltadhesiveforIndustryAirFilter #HotmeltadhesiveforCompositeMaterial #SpecialHotMeltAdhesive #HotMeltSticks #HotMeltAdhesivesforEngineAirFilter #HotMeltAdhesivesforAutomotiveACFilter #HotMeltAdhesiveforOilFilter

Did you know that short run custom tapes can give you the exact specialty industrial tape you need for your application.

The silicone rubber sheet for vacuum laminating machines is a key material specially used for vacuum laminating machines. It is made of high-quality silicone rubber and has excellent high temperature resistance, wear resistance and elastic recovery performance. During the laminating process, the silicone rubber sheet can withstand the high temperature environment and ensure uniform pressure distribution, thereby achieving high-quality laminating effects. The high temperature resistance of the silicone rubber sheet enables it to perform well in the high-temperature laminating process, and it can withstand temperatures up to 200 degrees Celsius without deformation. In addition, its wear resistance and elastic recovery ability ensure stability and durability after long-term use. The silicone rubber sheet also has excellent chemical corrosion resistance, can resist the erosion of a variety of chemicals, and prolongs its service life. In summary, the silicone rubber sheet for vacuum laminating machines is a key component to ensure the quality of the laminating process, and its excellent performance makes it widely used in the industrial field.

🔥 Suitable for filter device characteristics of high transparency, high viscosity, easy to crack, and high molecular weight plastics. 🔥 Modular leak-proof steel sleeve, the wear-resistant steel sleeve can be disassembled and assembled by yourself, without the need for additional processing. 🔥 The flow channel does not retain plastic and the residence time is short. 🔥 Due to the processing temperature, the expansion coefficient of metal can be adjusted on-site to prevent material leakage. 🔥 The hydraulically activated hole-to-hole screen change time is about 0.01 seconds, and production is not interrupted. 🔥 The filter hole steel mold can be removed separately to ensure that the plastic remaining in the hole is cleaned, and the clean filter hole steel mold can be quickly updated to ensure that the plastic behind the filter is the cleanest. 🔥 There is a preheating device to prevent the plastic from cooling and slowing down the flow when changing the screen.

Product introduction The antistatic color coated plate is made by adding conductive materials to the insulating polyester coating, so that the original insulating coating can be turned into a semiconductor, which can be used in conjunction with the installation of grounding lines in construction projects. The installation of the ground wire can make the surface of the color coated steel plate due to air convection and clothing friction and the electrostatic generated into the ground and disappear, can reduce or eliminate the electrostatic accumulation, prevent dust adsorption, electronic equipment damage, equipment failure and even fire accidents, etc. Material selection National enterprise substrate, AkzoNobe anti-static coating Technical conditions Hot-dip galvanized Z100(+) Aluminized zinc AZ80(+), front film thickness:5+15u, back:5-7u Standard specification Using hot dipped galvanized steel coil, galvanized weight is Z100g/m2 according to GB/T2518-2008. Using hot dip galvanized 55% aluminum zinc steel coil, the weight of zinc layer is AZ80g/m2 according to GB/T14978-2008 Product performance Bending test: ≤3T(NTO), tape bonding strength is 10±1N/25mm; -MEK resistance test: ≥100 times. Acid and alkali resistance test (GB/T13448-2006): acid resistance 5% HCL 24 hours without bubbles; alkali resistance 5% NaOH 24 hours without bubbles; -Electrical conductivity of paint film surface: 106-109Ω Recommended use It can be applied to semiconductor home appliance, electronic plant (machine room) hospital, precision instrument shield and other places with high requirements for indoor environment. #PPGI #GALVANIZEDSTEELCOIL #GALVALUMESTEELCOIL #ALUMINIZEDSTEEL #STEELCOILS #CONSTRUCTIONMATERIALS #ROOFING #METAL #Steel #Steelstructure

PS Corporation 8744998119 sales@pscorps.com Industrial tape refers to a broad category of adhesive tapes designed for use in industrial applications. These tapes are typically more durable, stronger, and have specific properties tailored to withstand harsh conditions such as high temperatures, chemicals, moisture, or heavy loads. Duct Tape: Known for its strength and versatility, used for sealing, bundling, and repairing. Electrical Tape: Insulating tape used to protect electrical wires and components. Double-Sided Tape: Adhesive on both sides for bonding two surfaces together. Masking Tape: Used for masking areas in painting and other applications. Packaging Tape: Strong tape used for sealing boxes and packages. High-temperature tape: Resistant to extreme heat. Foam tape: Provides cushioning and vibration resistance. Reflective tape: Enhances visibility in low-light conditions. Certainly! When using hashtags related to industrial tape on social media platforms like Twitter, Instagram, or LinkedIn, consider using ones that are specific and relevant to the content you're sharing. Here are some examples of hashtags you could use #IndustrialTape #PackagingTape #DuctTape #AdhesiveTape #DIYProjects #Manufacturing #Construction

✨ Durometer hardness: It is a measurement of how stiff or soft an elastomer (elastic polymer) is. ✨ Durometer Scales and Seal Selection: There are actually multiple durometer scales, designated by letters (A-D). However, for elastomeric seals, the Shore A scale is predominantly used. It ranges from 0 to 100, with 0 being the softest and 100 being the hardest. ✨ Softer Seals (Low Durometer - Under 70A): ✅ Advantages: ◾ Conform better to uneven surfaces, creating a tight seal at low pressure. ◾ Offer good compression set resistance, meaning they retain their shape well over time. ❌ Disadvantages: ◾ More susceptible to wear and tear. ◾ Prone to extrusion in high-pressure applications (squeezing out of the seal groove). ✨ Medium Hardness Seals (Mid-Range Durometer - 70A to 90A): ✅ Advantages: ◾ Offer a good balance between conformability and wear resistance. ◾ Suitable for a wider range of pressures compared to softer seals. ❌ Disadvantages: ◾ Might not be ideal for highly uneven surfaces or very low-pressure applications. ✨ Harder Seals (High Durometer - Above 90A): ✅ Advantages: ◾ Provide excellent abrasion and tear resistance. ◾ Can withstand high pressures without extruding. ❌ Disadvantages: ◾ Less conformable, potentially leading to leaks at low pressures or on uneven surfaces. ◾ May generate higher friction, impacting efficiency. ✨ Seals play a crucial role in #HYDROSTATIC TEST & #ISOLATION PLUGS. Learn more >> https://lnkd.in/dpgcc_CM